---
title: 具備工業級耐用度的伺服器主板讓客戶打造更穩定可靠的磁振造影檢查儀
description: The magnetic resonance imaging (MRI) instrument puts the human body in a highly magnetic field environment, uses radio waves to excite the hydrogen atoms in the body to generate a resonance signal, and then combines a series of 2D images from different angles through computational calculations to form a 3D image. To diagnose changes in the patient's condition, physicians need to compare the old and the new photos of the patient's MRI scan. Due to its precision and time efficiency, machine learning technology has become the application field of artificial intelligence for MRI. With fast product sample delivery, customized service, and meticulous product quality, DFI's industrial-grade server motherboard has been used as the cornerstone of a new generation of MRI systems by Japanese manufacturers.
image: https://blog.dfi.com/hubfs/AS92-web-02-210922.jpg
---

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[成功案例](https://blog.dfi.com/zh-tw/tag/成功案例) 2024/12/31

# 具備工業級耐用度的伺服器主板讓客戶打造更穩定可靠的磁振造影檢查儀

Table of Content

## 磁振造影檢查儀

磁振造影檢查儀將人體置於高磁場環境下，利用無線電波激發體內的氫原子，使其產生共振訊號，經電腦軟體運算將一系列不同角度的2D影像，再組合成一張3D影像。為診斷患者的病情變化，醫師們需要比對患者的核磁共振造影掃描舊片與新片，因為求精準而曠日費時，也成為人工智慧機器學習技術的應用場域。藉由快速的產品送樣、客製化服務與一絲不苟的產品品質，DFI的工業級伺服器主機板被作為日本廠商新一代磁振造影檢查儀的基石。

區域：日本  
產業：醫療  
應用：磁振造影檢查儀  
解決方案：[PR810-C622](https://www.dfi.com/tw/product/index/1481)工業級伺服器主機板為基礎的客製化系統  
核磁共振成像，又稱磁振造影，利用核磁共振原理，依據所釋放的能量在物質內部不同結構環境中不同的衰減，通過外加梯度磁場檢測所發射出的電磁波，即可得知構成這一物體原子核的位置和種類，據此可以繪製成物體內部的結構圖像。將這種技術用於人體內部結構的成像，成為革命性的醫學診斷工具。快速變化的梯度磁場的應用，大大加快了核磁共振成像的速度，使該技術在臨床診斷、科學研究的應用成為現實，極大地推動了醫學、神經生理學和認知神經科學的迅速發展。

從核磁共振現象發現到技術成熟這幾十年期間，有關核磁共振的研究，曾在四個領域 (物理學、化學、生理學與醫學) 獲得了六次諾貝爾獎，足以說明此領域及其衍生技術的重要性。![AS92-web-03-210922](https://blog.dfi.com/hs-fs/hubfs/AS92-web-03-210922.jpg?width=800&height=600&name=AS92-web-03-210922.jpg)

## PR810-C622

有鑑於過程中病人需要配合憋氣，核磁共振造影時間將決定病患的醫療體驗，如何設法加速以減少診療時間，從各式平行成像技術、校正演算法、到如何充分運用新一代的運算處理器等，也成為機台廠商積極研發的方向。日本某間磁振造影檢查儀採用DFI PR810雙Intel Xeon工業級伺服器主機板，再由DFI為其客製化系統，打造其新一代的產品。

此日本廠商選擇DFI的主因如下：

- 核磁共振成像儀需要可靠耐用並長期供貨的工業級系統主板，[PR810-C622](https://www.dfi.com/tw/product/index/1481)在運作溫度40度時，平均故障間隔仍超過30萬小時，等於34年，支援可承受更高溫度的工規版本Intel Xeon處理器，並可供貨至2033年第三季。這對設備佈署時間甚長的醫療環境是必備的需求。
- 核磁共振成像會消耗大量處理器效能與記憶體容量，[PR810-C622](https://www.dfi.com/tw/product/index/1481)
- 最大可支援到48個處理器核心與384GB系統主記憶體，並可視需求選用有效容量更大的Intel DC Persistent記憶體，確保充沛的效能升級空間。
- 第二代Intel Xeon可擴充處理器，可藉由VNNI (Vector Neural Network Instructions) 指令集顯著的加快推論性能以及優化深度，便於日後持續最佳化核磁共振成像的辨識演算法。
- [PR810-C622](https://www.dfi.com/tw/product/index/1481)保有PCI匯流排，可沿用過去行之有年並難以替換的PCI界面功能卡，確保過去的投資。

除此之外，因應特殊需求，DFI主動替此日本廠商客製合作夥伴的4U機殼與專用BIOS，並整合所有週邊裝置，如電源供應器、固態硬碟和DVD燒錄器等，並一併整合此廠商自行開發的醫療運算卡。此系統將安裝於核磁共振成像儀內，進行醫療安規認證。

藉由快速的產品送樣、客製化服務與一絲不苟的產品品質，DFI的工業級伺服器主機板被作為日本廠商新一代磁振造影檢查儀的基石，展現一般商用伺服器無法實現的特殊價值。

 

## 下載DFI成功案例 [![The Server Motherboard With Industrial-Grade Durability Allows Customers To Build A More Stable And Reliable MRI System  ](https://no-cache.hubspot.com/cta/default/8330016/interactive-183407770368.png)](https://blog.dfi.com/hs/cta/wi/redirect?encryptedPayload=AVxigLILiIkU3zXVYxv8jlAeixo1A42tIt7W7ey8r1Ut4kUTZuINroim3QH%2FK6z3PG1WlpG9JZp3NjRQ%2BZiD9oMPzM%2BMYH5E7fyoEb1K%2FB5rlF4lnB9n0OvG2fUOrUZ0ji%2BA6gKhoPBQaKOhU4m2G56HAeEMLI0rSg1Xxr7T%2BCI5W%2B27M1CGLyS%2B83FAEu1Po%2B4njnuAaAGlqqIGM3uJZ9QpXVAN8h9T&webInteractiveContentId=183407770368&portalId=8330016&hsLang=zh-tw)

 

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深入解析DFI在嵌入式主板與工業電腦領域的創新技術與應用，專注於自動化、邊緣AI運算、機器視覺、智慧醫療、交通運輸、遊戲、智慧零售及關鍵任務等領域。

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